BAUMER level switch LBFS 0142 1 - Sensor de nvel BAUMER LBFS ...

BAUMER level switch LBFS 0142 1 - Sensor de nvel BAUMER LBFS ... Free 3D model

Description

A level switch, developed by BAUMER.

Versions available:

-Solidworks 2013 (native) -IGES -STEP -x_t (parasolid)

The Level Switch LBFS is designed to detect levels in tanks, for media separation and provide empty-pipe detection or dry-run protection for pumps. A high frequency sweep signal is radiated from the sensor tip into the tank. The media will act as a virtual capacitor, which together with a coil in the sensor head, will form a circuit creating the switch point signal. This virtual capacitance will depend of the di-electric value DK (Dielectrical Constant) of the media. Two output signals are available, Normally Open (NO) and Normally Closed (NC). By means of the FlexProgrammer 9701, a damping of the output signal can be activated in case of a fluctuating media level, e.g. during tank filling. Additionally the output signals NO and NC can be reversed. The measurement is precise and unaffected by the mounting position in the tank. In the Flex-software a compensation for foam, bubbles and condensate as well as sticky media can be set. The Flex-software also features an adjustment facility making the user able to adjust the sensor to a specific media. The Level Switch LBFS measures liquids such as water and oil. Even dry media can be measured, eg. coal dust or plastic granulate. Level Switch LBFS can be delivered with PNP output as well as NPN output. The process connection can easily be sealed by use of PTF

http://www.baumer.com/fileadmin/user_upload/international/Services/Download/Datenblaetter/PI/E1-E2_Level_Switches/Baumer_LBFS_DS_EN_1307.pdf

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BAUMER level switch LBFS 0142 1 - Sensor de nvel BAUMER LBFS ...
Free
 
Royalty Free No Ai License 
BAUMER level switch LBFS 0142 1 - Sensor de nvel BAUMER LBFS ...
Free
 
Royalty Free No Ai License 
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3D Model formats

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    3D Model details

    • Publish date2014-10-31
    • Model ID#86005
    • Animated
    • Rigged
    • VR / AR / Low-poly
    • PBR
    • Geometry Polygon mesh
    • Polygons 0
    • Vertices 0
    • Textures -
    • Materials -
    • UV Mapping -
    • Unwrapped UVs Unknown
    • Plugins used -
    • Ready for 3D Printing
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